Abstract:
A method for switching an operating system (OS) and an electronic apparatus are provided. While switching to a first OS, a system firmware stored in a memory unit declares that a first segment of a system memory is in a usable state and a second segment of the system memory is in a reserved state by using a first resource description table, so that the first OS is in a working state in the first segment and a second OS is in a power-saving state in the second segment. While switching to the second OS, the system firmware declares that the second segment is in the usable state and the first segment is in the reserved state by using a second resource description table, so that the second OS is in the working state and the first OS is in the power-saving state.
Abstract:
A method for switching an operating system (OS) and an electronic apparatus are provided. While switching to a first OS, a system firmware stored in a memory unit declares that a first segment of a system memory is in a usable state and a second segment of the system memory is in a reserved state by using a first resource description table, so that the first OS is in a working state in the first segment and a second OS is in a power-saving state in the second segment. While switching to the second OS, the system firmware declares that the second segment is in the usable state and the first segment is in the reserved state by using a second resource description table, so that the second OS is in the working state and the first OS is in the power-saving state.
Abstract:
A keypad structure and an electronic device using the same are provided. The electronic device comprises at least a keypad structure and a printed circuit board. The keypad structure comprises a switch, a keypad body, and a touching element. The keypad body having a through hole is relatively disposed to the switch. The touching element is inserted into the through hole. There is a touching distance defined between the touching element and the switch, and the touching element can be moved relatively to the keypad body for adjusting the touching distance. Also, the printed circuit board is electrically connected to the switch.
Abstract:
A pet leash including a handle, the handle having a grip portion, a capsule portion and an anchor portion. A cavity within the capsule portion is adapted to contain a payload such as a collapsible dog dish or a pet feces collection bag.